The dimensions of a coaxial transmission line are a = 4 mm, b= 17.5 mm, and c = 20 mm. The conductivity of the inner and outer conductors is 2 x 107 S/m, and the dielectric properties are u, = 1, e = 3, and olwe' = 0.025. Assume that the loss tangent is constant with frequency. Determine: (a) L, C, R, G, and Zo at 150 MHz; (b) L and R at 60 Hz.

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The dimensions of a coaxial transmission line are a = 4 mm, b = 17.5 mm,
and c = 20 mm. The conductivity of the inner and outer conductors is
2 x 107 S/m, and the dielectric properties are μ, = 1, c = 3, and o/we' = 0.025.
Assume that the loss tangent is constant with frequency. Determine: (a) L, C,
R, G, and Z₁ at 150 MHz; (b) L and R at 60 Hz.
Transcribed Image Text:The dimensions of a coaxial transmission line are a = 4 mm, b = 17.5 mm, and c = 20 mm. The conductivity of the inner and outer conductors is 2 x 107 S/m, and the dielectric properties are μ, = 1, c = 3, and o/we' = 0.025. Assume that the loss tangent is constant with frequency. Determine: (a) L, C, R, G, and Z₁ at 150 MHz; (b) L and R at 60 Hz.
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